On the Stability of an Equilibrium State for the Interstellar Gas and Magnetic Field
Stability of simple equilibrium periodic system for interstellar gas and magnetic field
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Stability of simple equilibrium periodic system for interstellar gas and magnetic field
Dynamic instability of interstellar gas caused by galactic cosmic rays and magnetic field
Initial value problem for oscillations in interstellar gas
Propagation of cosmic ray nuclei in interstellar space and solar system
Cross section data required for calculating propagation of cosmic radiation through interstellar space
Relict radiation effect on rotational temperature of interstellar molecules
Absorption and emission lines, continuous emission of thermal radiation, and continuous nonthermal emission of interstellar spectra
Electromagnetic radiation due to cosmic ray energy dissipation in interstellar hydrogen
Far UV extinction curve and wavelength dependence of interstellar polarization by graphite grains
Optical properties of interstellar grains, noting complex index of refraction as function of wavelength
Fusion propulsion for interstellar missions, examining requirements for detection of extra solar life
Interstellar material, emphasizing chemical characterization of dust by absorption spectroscopy
Far UV interstellar absorption lines evaluated for main-sequence B stars
Hydroxyl radical emission, hypotheses attempting to explain OH emission origin, including possible maser mechanism and interstellar communications
Nonlinear growth of interstellar gas clouds and forces in three dimensions
Interstellar gas dynamic instability caused by galactic cosmic rays and magnetic field, showing turbulent and fragmentation enhancement of ambipolar diffusion
Interstellar gas and magnetic field periodic system stability noting free-fall time